Wilwood GS Compact Remote Master Cylinder .625" Bore
Wilwood GS Compact Remote Master Cylinder .625" Bore
SKU:260-15089
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The Wilwood GS Compact Remote Master Cylinder with a .625-inch bore is a high-performance brake component designed for precise pressure control and reliable operation. Constructed with a high-pressure die-cast aluminum body and finished with a protective e-coat, this rebuildable master cylinder offers durability and corrosion resistance. Its internal design features a refined return spring and piston assembly, ensuring quick and complete release of brake pressure. The remote configuration allows for flexible installation options, making it suitable for a variety of track and street applications. This master cylinder is engineered to deliver consistent braking performance under demanding conditions, enhancing overall vehicle control and safety.
Designed to fit a wide range of vehicles, the Wilwood GS Compact Remote Master Cylinder features a standard 7/16-20 threaded inlet for easy integration into existing brake systems. Its compact size makes it ideal for custom setups, including race cars, off-road vehicles, and street performance builds. The component is a direct replacement or upgrade for compatible brake systems requiring a remote master cylinder with a .625-inch bore. Suitable for applications where precise brake modulation and durability are critical, this master cylinder supports high-pressure operation and long-term reliability in demanding driving environments.
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Overview
Overview
Wilwood GS Compact Remote Master Cylinder
Universal Fitment
Part #: 260-15089
Overview
The Wilwood GS Compact Remote Master Cylinder is a high-performance brake component designed for enthusiasts and professional racers seeking precise brake control and reliable operation. Crafted with a durable die-cast aluminum body finished with a protective e-coat, this master cylinder combines lightweight construction with excellent corrosion resistance. Its compact design makes it suitable for a variety of custom and race applications where space is limited. The remote configuration allows for flexible mounting options, enhancing your vehicle's braking system setup. Whether you're upgrading your street car or building a dedicated track vehicle, this master cylinder helps deliver consistent pedal feel and responsive braking performance.Key Features
This master cylinder features a refined internal design aimed at optimal pressure control and quick release. Its high-pressure die-cast aluminum body ensures durability under demanding conditions, while the internally refined return spring and piston assembly provide positive pressure modulation. The standard 7/16-20 threaded inlet allows for easy integration with existing brake lines and fittings. Designed for rebuildability, it offers long-term serviceability and reliability. The compact size and lightweight construction support versatile installation options, making it suitable for a wide range of high-performance brake systems.Construction & Design
Constructed from high-pressure die-cast aluminum with a protective e-coat finish, this master cylinder is engineered for strength and corrosion resistance. Its compact, lightweight design facilitates installation in tight spaces and custom setups, while the internal piston and return spring are refined for consistent pressure modulation and quick response.Installation & Fitment
Installation involves mounting the remote master cylinder in a suitable location, connecting the brake lines via the standard 7/16-20 threaded inlet, and ensuring proper bleed procedures. Compatibility with various brake systems makes it a versatile upgrade for both street and track vehicles.What’s Included
The package includes the Wilwood GS Compact Remote Master Cylinder with all necessary fittings for installation and rebuildability, ensuring long-term performance and serviceability.Ideal For
This master cylinder is ideal for custom brake setups, race cars, and high-performance street vehicles where precise brake modulation and space-saving design are priorities.